건물의 세장비가 에너지 부하에 미치는 영향에 관한 연구

This study aimed to analyze the building energy load according to the change of the slenderness ratio of a skyscraper using the marginal slenderness ratio according to the height of a single outrigger system building, and propose a change in energy usage at the slenderness ratio of the skyscraper. Energy requirement per floor area is 488kWh/(m2?year) at slenderness 1, energy requirement per floor area is 492kWh/(m2?year) at slenderness 2, requirement per floor area is 497 kWh/(m2?year). It was confirmed that the energy requirement of 4~5kWh/(m2?year) per floor area increased th the marginal slenderness ratio, and it is considered that the energy load is increased because the heat capacity inside the building decreases as the slenderness ratio increases.